NR Electric PCS-9611 Instruction Manual Download Page 33

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3 Operation Theory

PCS-9611 Feeder Relay

3-c

Date: 2014-04-08

3.16.3 Frequency Rate-of-change Protection .......................................................................... 3-51

3.16.4 Frequency Protection Settings ..................................................................................... 3-51

3.17 Auto-recloser ........................................................................................................... 3-54

3.17.1 Auto-recloser Theory.................................................................................................... 3-54

3.17.2 Auto-recloser Ready Conditions ................................................................................... 3-57

3.17.3 Auto-recloser Startup Condition.................................................................................... 3-58

3.17.4 Auto-recloser Check Mode ........................................................................................... 3-59

3.17.5 Auto-recloser Blocking Logic ........................................................................................ 3-61

3.17.6 Auto-recloser Settings .................................................................................................. 3-61

3.18 Manual Closing Function ..................................................................................... 3-63

3.18.1 Manual Closing Theory ................................................................................................ 3-63

3.18.2 Check Mode for Manual Closing Function .................................................................... 3-64

3.18.3 Manual Closing Function Settings ................................................................................ 3-66

3.19 Mechanical Protection .......................................................................................... 3-67

3.19.1 Mechanical Protection Theory ...................................................................................... 3-67

3.19.2 Mechanical Protection Settings .................................................................................... 3-68

3.20 Dead Zone Protection ............................................................................................ 3-68

3.20.1 Dead Zone Protection Theory ...................................................................................... 3-68

3.20.2 Dead Zone Protection Settings .................................................................................... 3-69

3.21 Undercurrent Protection....................................................................................... 3-69

3.21.1 Undercurrent Protection Theory ................................................................................... 3-69

3.21.2 Undercurrent Protection Settings ................................................................................. 3-70

List of Figures

Figure 3.3-1 Demonstration characteristic of the overcurrent protection ........................... 3-5

Figure 3.3-2 Logic diagram of the stage 1 overcurrent protection ...................................... 3-5

Figure 3.3-3 Logic diagram of the stage 5 overcurrent protection ...................................... 3-6

Figure 3.3-4 Logic diagram of the stage 4 overcurrent protection ...................................... 3-8

Figure 3.3-5 Logic diagram of the OC1 phase A voltage control element ........................... 3-9

Figure 3.3-6 Logic diagram of the OC1 phase A voltage control element ......................... 3-10

Summary of Contents for PCS-9611

Page 1: ...PCS 9611 Feeder Relay Instruction Manual NR Electric Co Ltd...

Page 2: ......

Page 3: ...rly installed and handled in order to maintain it in a safe condition When electrical equipment is in operation dangerous voltages will be present in certain parts of the equipment Failure to observe...

Page 4: ...arts of these devices are under high voltage Severe personal injury or significant equipment damage could result from improper behavior Only qualified personnel should work on this equipment or in the...

Page 5: ...ernal circuit When connecting the output contacts of the equipment to an external circuit carefully check the supply voltage used in order to prevent the connected circuit from overheating Connection...

Page 6: ...tion and dissemination to third parties is strictly forbidden except where expressly authorized The information in this manual is carefully checked periodically and necessary corrections will be inclu...

Page 7: ...ent Function Introduce the management functions metering control and recording etc of this relay 6 Hardware Introduce the main function carried out by each module of this relay and providing the defin...

Page 8: ...mmendations A typical wiring connection to this relay is indicated 12 Commissioning Introduce how to commission this relay comprising checks on the calibration and functionality of this relay 13 Maint...

Page 9: ...troduction PCS 9611 Feeder Relay 1 a Date 2014 04 08 1 Introduction Table of Contents 1 1 Application 1 1 1 2 Functions 1 1 1 3 Features 1 3 List of Figures Figure 1 1 1 Functional diagram of PCS 9611...

Page 10: ...1 Introduction PCS 9611 Feeder Relay 1 b Date 2014 04 08...

Page 11: ...f this relay can be configured according to the demands of a practical engineering through the PCS Explorer configuration tool auxiliary software which can meet some special requirements of protection...

Page 12: ...ad protection 46 Negative sequence overcurrent protection 46BC Broken conductor protection 81U Under frequency protection 81O Over frequency protection 81R Frequency rate of change protection 50BF Bre...

Page 13: ...paired by a qualified service person Various function optional modules can satisfy various situations according to the different requirements of the users The adoption of 16 bit A D converter and the...

Page 14: ...amount of analog quantities such as phase voltage phase to phase voltage neutral voltage phase current neutral current active power reactive power power factor and frequency etc The human machine int...

Page 15: ...ent Protection 2 6 2 2 5 Zero Sequence Overcurrent Protection 2 6 2 2 6 Zero Sequence Directional Element 2 7 2 2 7 Zero Sequence IDMT Overcurrent Protection 2 7 2 2 8 Sensitive Earth Fault Protection...

Page 16: ...22 Broken Conductor Protection 2 11 2 2 23 Dead Zone Protection 2 11 2 2 24 Undercurrent Protection 2 11 2 3 Management Functions 2 11 2 3 1 Metering Scope and Accuracy 2 11 2 3 2 Control Performance...

Page 17: ...r metering Rated current In 1A 5A 1A 5A Linear to 30 In 30 In 2 In 2 In Thermal withstand capability continuously 3 In 3 In 2 In 2 In for 10s 30 In 30 In 12 In 12 In for 1s 100 In 100 In 30 In 30 In f...

Page 18: ...ickup time 8ms 8ms Dropout time 5ms 5ms Bounce time 1ms 1ms Durability loaded contact 10 000 operations minimum 10 000 operations minimum unloaded contact 20 000 operations minimum 20 000 operations m...

Page 19: ...pe Multi mode Wavelength 1300nm Transmission distance 1500m Protocol IEC60870 5 103 1997 IEC61850 etc 2 1 4 2 Serial Port for RTU SCADA Medium Parameters RS 485 EIA Port number 0 or 2 Baud rate 4800 1...

Page 20: ...007 16h at 25 C Dry heat test IEC60068 2 2 2007 16h at 55 C Damp heat test IEC60068 2 78 2001 10 days 93 RH 55 C Cyclic temperature with humidity test IEC60068 2 30 2005 six 12 12hours cycles 95 RH lo...

Page 21: ...ld immunity IEC60255 22 7 2003 Class A 10s 300V line to ground 150V line to line Conducted emission limits IEC60255 25 2000 Class A Radiated emission limits IEC60255 25 2000 Class A Auxiliary power su...

Page 22: ...Element Directionality Optional Forward Reverse Characteristic angle Configurable 180 179 step is 1 Boundary and angle accuracy 3 Block logic Permission or block selectable by setting Operating time 3...

Page 23: ...Setting or 0 01 In whichever is greater Time multiplier setting 0 05 100 00 Pickup time 35ms Dropout time 35ms Tolerance of trip time for 1 2 I Ip 30 5 of reference calculated value 2 5 current toler...

Page 24: ...r 0 01 In whichever is greater Time setting 0 03s 100 00s Pickup time 50ms Dropout time 50ms Tolerance of time setting 1 Setting 50ms 2 2 12 Thermal Overload Protection Reference currentsetting 0 05 I...

Page 25: ...me setting 0 00s 100 00s Pickup time 50ms Dropout time 50ms Tolerance of time setting 1 Setting 50ms 2 2 16 Negative Sequence Overvoltage Protection Voltage setting 2 00V 120 00V Pickup voltage 1 00 S...

Page 26: ...out current 0 97 Setting Tolerance of currentsetting 2 5 Setting or 0 01 In whichever is greater Time setting 0 00s 100 00s Pickup time 35ms Dropout time 35ms Tolerance of time setting 1 Setting 35ms...

Page 27: ...s Dropout time 35ms Tolerance of time setting 1 Setting 35ms 2 2 24 Undercurrent Protection Currentsetting 0 1 In 1 0 In Pickup current 1 00 Setting Dropout current 1 10 Setting Tolerance of currentse...

Page 28: ...0 of rating at zero power factor 2 3 2 Control Performance Control mode Local or remote Accuracy of local control 1s Accuracy of remote control 3s 2 3 3 Clock Performance Real time clock accuracy 3s d...

Page 29: ...2 Technical Data PCS 9611 Feeder Relay 2 13 Date 2014 04 08 ISO14001 2004 OHSAS18001 2007 ISO10012 2003 CMMI L4 EMC 2004 108 EC EN50263 1999 Products safety PS 2006 95 EC EN61010 1 2001...

Page 30: ...2 Technical Data PCS 9611 Feeder Relay 2 14 Date 2014 04 08...

Page 31: ...tection 3 16 3 4 1 Thermal Overload Protection Theory 3 16 3 4 2 Thermal Overload Protection Settings 3 18 3 5 Zero Sequence Overcurrent Protection 3 19 3 5 1 Definite Time Zero Sequence Overcurrent P...

Page 32: ...ngs 3 39 3 11 Cold Load Pickup Logic 3 40 3 11 1 Cold Load Pickup Logic Theory 3 40 3 11 2 Cold Load Pickup Logic Settings 3 41 3 12 Undervoltage Protection 3 42 3 12 1 Undervoltage Protection Theory...

Page 33: ...cal Protection 3 67 3 19 1 Mechanical Protection Theory 3 67 3 19 2 Mechanical Protection Settings 3 68 3 20 Dead Zone Protection 3 68 3 20 1 Dead Zone Protection Theory 3 68 3 20 2 Dead Zone Protecti...

Page 34: ...onalelement 3 30 Figure 3 6 4 Logic diagram of the directional element for the stage 1 SEF protection 3 30 Figure 3 7 1 Logical diagram of the stage 1 NOC protection 3 33 Figure 3 7 2 Logic diagram of...

Page 35: ...eck element for AR 3 59 Figure 3 17 6 Logic diagram of the dead check element for AR 3 60 Figure 3 18 1 Logic diagram of the manual closing function 3 63 Figure 3 18 2 Logic diagram of the synchronism...

Page 36: ...3 Operation Theory PCS 9611 Feeder Relay 3 f Date 2014 04 08...

Page 37: ...abled 3 Any one of the phase currents is in excess of the setting of the stage 2 overcurrent protection multiplied by 0 95 if the stage 2 overcurrent protection is enabled 4 Any one of the phase curre...

Page 38: ...ection multiplied by 0 95 if the stage 2 negative sequence overcurrent protection is enabled 16 The sensitive earth fault current is in excess of the current setting of the stage 1 sensitive earth fau...

Page 39: ...protection multiplied by 0 95 if the stage 1 zero sequence overvoltage protection is enabled 30 The zero sequence voltage is greater than the setting of the stage 2 zero sequence overvoltage protecti...

Page 40: ...he stage 3 frequency rate of change protection is enabled 41 The rate of change of frequency is greater than the setting of the stage 4 frequency rate of change protection if the stage 4 frequency rat...

Page 41: ...istic of the overcurrent protection The logic diagram of the stage 1 overcurrent protection is shown in Figure 3 3 2 The overcurrent block is a level detector that detects whether the current magnitud...

Page 42: ...f the stage 5 overcurrent protection 50 51P5 En is the logic setting of the stage 5 overcurrent protection 50 51P5 En1 is the binary signal for enabling the stage 5 overcurrent protection 50 51P5 Blk...

Page 43: ...ent protection the range of the setting 50 51Px TMS x 3 or 4 is 0 05 100 00 Some recommended types of IDMT characteristic curves are applied in this relay It is also can be programmed according to the...

Page 44: ...is the setting 50 51P4 t_Op the time setting of the stage 4 overcurrent protection 50 51P4 En is the logic setting of the stage 4 overcurrent protection 50 51P4 En1 is the binary signal for enabling t...

Page 45: ...rrent decrement condition It therefore follows that if this relay is to be applied on an outgoing feeder from a generator station the use of voltage controlled overcurrent protection in the feeder rel...

Page 46: ...nal voltage control function The logic diagram of the local voltage control signal is shown as below This device can output the signal Sig_VCE through the binary output preconfigured through the PCS E...

Page 47: ...ith a three phase voltage collapse The relay characteristic angle RCA is configurable through the setting 50 51P RCA A directional check is performed based on the following criteria Directional forwar...

Page 48: ...ce VTS Alm is the alarm signal of the protection voltage transformer supervision 3 3 5 Harmonic Blocking Element for Overcurrent Protection To prevent maloperation of the overcurrent protection when t...

Page 49: ...be blocked It is always adopted to cooperate with the overcurrent protection if the circuit breaker has no enough breaking capacity to cut off the heavy fault current and the binary output B09 BO_03 m...

Page 50: ...etting of the stage 1 overcurrent protection 0 1 1 15 50 51P1 OutMap The output matrix setting of the stage 1 overcurrent protection 0x00000 0xFFFFF 1 16 50 51P2 I_Set The current setting of the stage...

Page 51: ...a Constant for the stage 3 IDMT overcurrent protection see Section 3 3 2 0 01 3 00 0 0001 36 50 51P4 I_Set The current setting of the stage 4 overcurrent protection 0 05In 30In 0 001A 37 50 51P4 t_Op...

Page 52: ...30In 0 001A 56 50 51P En_CCE The logic setting of the heavy current blocking element for the overcurrent protection 0 1 1 3 4 Thermal Overload Protection 3 4 1 Thermal Overload Protection Theory The...

Page 53: ...of thermal overload model is shown in Figure 3 4 1 I kIB t P IB Ip P 0 0 P 0 6 P 0 8 P 0 9 Refer to IEC60255 8 Figure 3 4 1 Characteristic curve of the thermal overload model The 1 st 7 th harmonics o...

Page 54: ...overload protection 49 Blk is the binary signal for blocking the thermal overload protection 49 Clr is the binary signal for clearing the thermal accumulation 3 4 2 Thermal Overload Protection Setting...

Page 55: ...ormer When this relay is used in non effective grounding such as the delta side of a transformer or small current grounding system the grounding zero sequence current during earth fault is basically s...

Page 56: ...En 50 51G1 En1 50 51G1 Op 50 51G1 HmBlk 50 51G1 Dir I0 50 51G1 3I0_Set 50 51G1 Blk 50 51G1 St tROC1 0 Figure 3 5 1 Logic diagram of the No 1 zero sequence overcurrent protection Where 50 51Gx 3I0_Set...

Page 57: ...51G4 3I0_Set 50 51G4 Blk 50 51G4 St IDMT Figure 3 5 2 Logic diagram of the No 1 stage 4 IDMT ROC protection Where 50 51G4 3I0_Set is the current setting of the No 1 stage 4 ROC protection 50 51G4 En...

Page 58: ...s configurable through the setting 50 51G RCA A directional check is performed based on the following criteria Directional forward 90 angle U0 angle I01 ZS RCA 90 Directional reverse 90 angle U0 angle...

Page 59: ...rmonic Blocking Element for ROC Protection To prevent maloperation of the zero sequence overcurrent protection when the transformer is energized without any load this relay provides a 2 nd harmonic bl...

Page 60: ...e 1 zero sequence overcurrent protection 0 100s 0 001s 7 50 51G1 Opt_Dir The setting is used to select the directional mode for the No 1 ROC1 protection see Section 3 5 3 0 2 1 8 50 51G1 En_Hm_Blk The...

Page 61: ...sequence IDMT overcurrent protection see Section 3 5 2 0 00 1 00 0 0001 28 50 51G3 Alpha Constant for the No 1 stage 3 zero sequence IDMT overcurrent protection see Section 3 5 2 0 01 3 00 0 0001 29...

Page 62: ...onal zero sequence overcurrent protection 180 179 1 2 A 50 51G En_VTS_Blk The logic setting of the function which blocks the 2ROC protection related voltage measurement when the voltage transformer is...

Page 63: ...t protection 0x00000 0xFFFFF 1 23 A 50 51G3 Opt_Curve The setting is for selecting the inverse time characteristic curve for the No 2 ROC3 protection 0 13 1 24 A 50 51G3 TMS The time multiplier settin...

Page 64: ...dependent definite time delay characteristics Each stage can be enabled or disabled independently by the corresponding logic setting respectively and can be controlled by the directional element respe...

Page 65: ...G4 En1 50 51G4 Opt_Curve 0 50 51G4 HmBlk 50 51G4 Dir 50 51G4 Op I01 50 51G4 3I0_Set 50 51G4 Blk 50 51G4 St IDMT Figure 3 6 2 Logic diagram of the IDMT sensitive earth fault protection Where 50 51SEF4...

Page 66: ...irectional When the element is selected as directional a VTS block option is available When the relevant setting is set as 1 operation of the voltage transformer supervision VTS will block the stage i...

Page 67: ...0A 0 001A 4 50 51SEF1 t_Op The time setting of the stage 1 sensitive earth fault protection 0 100s 0 001s 5 50 51SEF1 Opt_Dir The setting is used to select the directional mode for the stage 1 SEF pr...

Page 68: ...ion see Section 3 6 2 0 001 120 0 0 0001 27 50 51SEF4 C Constant C for the IDMT sensitive earth fault protection see Section 3 6 2 0 00 1 00 0 0001 28 50 51SEF4 Alpha Constant for the IDMT sensitive e...

Page 69: ...s the binary signal for enabling the NOC1 protection 50 51Q1 Blk is the binary signal for blocking the NOC1 protection 3 7 2 IDMT Negative Sequence Overcurrent Protection The stage 2 negative sequence...

Page 70: ...egative sequence overcurrent protection 0 05In 4In 0 001A 6 50 51Q2 t_Op The time setting of the stage 2 negative sequence overcurrent protection 0 03 100s 0 001s 7 50 51Q2 En The logic setting of the...

Page 71: ...I1_Set is the ratio setting of the broken conductor protection tBCP is the setting 50BC t_Op the time setting of the broken conductor protection 50BC En is the logic setting of the broken conductor pr...

Page 72: ...n the phase currents and the circuit breaker state based on the binary input BI_52b are selectable through the setting 50BF Opt_LogicMode The criteria conditions are list as below A the phase current...

Page 73: ...Delay CB Open Time Adjacent CBs Total Fault Clearance Time with 50BF Figure 3 9 2 Timing for a typical breaker failure scenario 3 9 2 Breaker Failure Protection Settings All the settings of the break...

Page 74: ...of these two accelerated tripping protections can be configured independently If acceleration after tripping is selected the SOTF element is enabled for the predefined time SOTF t_En after the auto re...

Page 75: ...by pressing the closing button on the control panel 3 10 2 SOTF Protection Settings All the settings of the SOTF protection are listed in the following table For the information about the common expla...

Page 76: ...remains open for a time greater than CLP t_Cold and is subsequently closed The CLP operation is applied after CLP t_Cold and remains for a time delay CLP t_Rst after the circuit breaker is closed The...

Page 77: ...llowing table For the information about the common explanation of the settings see Section 7 3 No Menu text Explanation Range Step 1 CLP Opt_LogicMode The setting for selecting the cold load condition...

Page 78: ...e 1 00 10 00 0 001 22 50 51G4 CLP t_Op The time setting of the stage 4 zero sequence overcurrent protection when CLP is active 0 100s 0 001s 23 50 51G4 CLP TMS The time multiplier setting of the zero...

Page 79: ...h 27P1 OnLoad which denotes whether there has load current anyone of the three phase currents is greater than 0 04In The signal 27P1 OnLoad can be gotten from the signal Prot OnLoad through the PCS Ex...

Page 80: ...27P1 U_Set The voltage setting of the stage 1 undervoltage protection 2 120V 0 001V 4 27P1 t_Op The time setting of the stage 1 undervoltage protection 0 100s 0 001s 5 27P1 K_DropOut The dropout coeff...

Page 81: ...lues is greater than the voltage setting the overvoltage protection will operates after the appointed time delay The setting 59P Opt_Up Upp is used to decide the voltage input mode If it is set as 1 t...

Page 82: ...tting of the stage 1 overvoltage protection 57 7 200V 0 001V 4 59P1 t_Op The time setting of the stage 1 overvoltage protection 0 100s 0 001s 5 59P1 K_DropOut The dropout coefficient setting of the st...

Page 83: ...ic diagram of the stage 1 zero sequence overvoltage protection 59G1 En1 59G1 En U0 59G1 3U0_Set 59G1 Op 59G1 St 59G1 Blk tROV1 0 Figure 3 14 1 Logic diagram of the stage 1 ROV protection Where 59G1 3U...

Page 84: ...when an unbalance situation occurs on the primary system the negative sequence voltage is produced This relay provides a one stage negative sequence overvoltage protection with definite time delay cha...

Page 85: ...to the fact that the reverse power protection cannot operate in case of a drive power failure The generator can be disconnected from the power system using the frequency decrease protection An increas...

Page 86: ...independent definite time delay characteristics and the four stages have same protection logics This protection can be enabled after 100ms only when the frequency is less than the frequency setting 81...

Page 87: ...frequency rate of change protection is shown as below 81R1 En1 81R1 En 81R1 Op 81R1 St 81R1 Blk df dt 81R1 df dt_Set f 81R1 f_Pkp 81R1 df dt_Set 0 df dt 81R1 df dt_Set f 81R1 f_Pkp 81R1 df dt_Set 0 t...

Page 88: ...ction 0 1 1 9 81U2 OutMap The output matrix setting of the stage 2 under frequency protection 0x00000 0xFFFFF 1 10 81U3 f_Set The frequency setting of the stage 3 under frequency protection 45 60Hz 0...

Page 89: ...Hz 31 81O4 t_Op The time setting of the stage 4 over frequency protection 0 100s 0 001s 32 81O4 En The logic setting of the stage 4 over frequency protection 0 1 1 33 81O4 OutMap The output matrix set...

Page 90: ...This relay can support up to 4 shot auto recloser This relay will initiate the auto recloser for fault clearance by the phase overcurrent protection the earth fault protection etc which can be config...

Page 91: ...is issued to reclose the circuit breaker If the fault is cleared the reclaim time expires and the automatic reclosing is reset in anticipation of a future fault The fault is cleared If the fault is no...

Page 92: ...Fail Inprog Figure 3 17 1 Timing diagram for a successful second reclosing An example of a timing diagram for an unsuccessful one shot reclosing is shown as below Pickup Trip Open Active Reclose Dead...

Page 93: ...auto recloser 79 Blk is the binary signal for blocking the auto recloser 79 En_SynChk is the logic setting of the synchronism check mode of the auto recloser 79 En_DdChk is the logic setting of the d...

Page 94: ...igure 3 17 4 Logic diagram of the auto recloser ready conditions Where 79 En is the logic setting of the auto recloser 79 En1 is the binary signal for enabling the auto recloser BI_52b is the binary i...

Page 95: ...tion voltage and the frequency of synchro check voltage are in the range fn 5Hz fn the rated system frequency 5 The frequency difference between the protection voltage and the synchro check voltage f...

Page 96: ...tage There are several kinds of dead check modes which are supported in this relay and the dead check mode can be selected according to the demands of a practical engineering by the setting 25A Opt_Dd...

Page 97: ...ce and if anyone of the reclosing check modes is met the corresponding check output is for the auto reclosing 3 17 5 Auto recloser Blocking Logic After the auto recloser is put into service successful...

Page 98: ...9 En_SynChk The logic setting of the synchronism check function of the auto recloser 0 1 1 13 79 En_DdChk The logic setting of the dead check function of the auto recloser 0 1 1 14 79 En_FailChk The l...

Page 99: ...input signal through a binary input or the control panel or remote closing signal from a supervision and control system SAS SCADA Three check modes described below can be selected for the manual closi...

Page 100: ...otection voltage and the synchro check voltage f fProt fSy n is less than the setting 25M f_Diff 6 The rate of change of the frequency difference d f dt is less than the setting 25M df dt to decrease...

Page 101: ...of the synchronism check function for the manual closing Dead check mode In dead check mode case the relay checks the protection voltage and synchro check voltage There are several kinds of dead check...

Page 102: ...d the non check mode will be in service If the setting 25M En_SynChk is set as 1 or the binary input 25M BI_EnSynChk is energized the synchronism check mode will be in service and if the setting 25M E...

Page 103: ...manual closing function 0 1 1 14 25M En_DdChk The logic setting of the dead check function of the manual closing function 0 1 1 3 19 Mechanical Protection 3 19 1 Mechanical Protection Theory This rel...

Page 104: ...rotection 0 1 1 9 MR3 OutMap The output matrix setting of the No 3 mechanical protection 0x00000 0xFFFFF 1 10 MR4 t_Op The time setting of the No 4 mechanical protection 0 4000s 0 001s 11 MR4 En The l...

Page 105: ...e configured through the PCS Explorer auxiliary configuration tool software 3 20 2 Dead Zone Protection Settings All the settings of the dead zone protection are listed in the following table For the...

Page 106: ...otection 37 En1 is the binary signal for enabling the undercurrent protection 37 Blk is the binary signal for blocking the undercurrent protection 3 21 2 Undercurrent Protection Settings All the setti...

Page 107: ...n 4 4 4 2 9 Thermal Overload Supervision 4 5 4 2 10 Time Synchronization Supervision 4 5 4 2 11 Auxiliary Communication Testing Supervision 4 5 4 2 12 Device Maintenance Supervision 4 5 4 2 13 Reserve...

Page 108: ...4 Supervision PCS 9611 Feeder Relay 4 b Date 2014 04 08...

Page 109: ...hether they are damaged or have some errors If any one of them is detected damaged or having error this relay will be blocked the alarm signal Fail_Device will be issued and the LED indicator HEALTHY...

Page 110: ...contact supervision element 4 2 6 Low Pressure Binary Input Supervision This relay has two binary inputs BI_LowPres_Cls and BI_LowPres_Trp which are used to indicate the state of the circuit breaker m...

Page 111: ...be taken into account The logic diagram of the protection VTS element is shown as below VTS InstAlm VTS Alm U1 30V U2 8V Ic VTS I_Set Ib VTS I_Set Ia VTS I_Set I2 VTS I2_Set VTS En Sig_MCB_VT Prot On...

Page 112: ...nt transformer supervision CTS function is to detect faults in the secondary circuits of the current transformer and avoid influence on the operation of relevant protection functions This current tran...

Page 113: ...n If this relay is in the maintenance situation the binary input which is used for denoting maintenance situation is energized the alarm signals Alm_Device and Alm_Maintenance will be issued and the L...

Page 114: ...tact TC is the tripping coil of the circuit breaker B07 BI_01 is the binary input which is parallel connected with BTJ B07 BI_02 is the binary input which is serial connected with the 52b contact 4 2...

Page 115: ...erview 5 1 5 2 Measurement 5 1 5 2 1 Protection Sampling 5 1 5 2 2 Metering 5 1 5 3 Circuit Breaker Control 5 1 5 4 Signaling 5 2 5 5 Event Recording 5 2 5 6 Fault and Disturbance Recording 5 3 5 7 Se...

Page 116: ...5 Management Function PCS 9611 Feeder Relay 5 b Date 2014 04 08...

Page 117: ...viewed in the submenu Measurement2 of this relay or via relay communication See Section 8 2 3 for more details about the metering values 5 3 Circuit Breaker Control This relay can receive the control...

Page 118: ...puts can be configured according to the engineering demands through the PCS Explorer configuration tool auxiliary software The binary input state change confirmation time of each binary input is confi...

Page 119: ...the trigger element restores or until the maximum number of wave recording points is reached 5 7 Setting Group Switch Function This relay can switch the setting group number if this relay is in normal...

Page 120: ...5 Management Function PCS 9611 Feeder Relay 5 4 Date 2014 04 08...

Page 121: ...18 6 10 Analog Output Module NR4411 6 18 List of Figures Figure 6 1 1 Hardware structure of this relay 6 1 Figure 6 1 2 Front panel of this relay without control buttons 6 2 Figure 6 1 3 Front panel...

Page 122: ...6 Hardware PCS 9611 Feeder Relay 6 b Date 2014 04 08 Figure 6 9 1 View of the network DSP module 6 18 Figure 6 10 1 View of the analog output module 6 19...

Page 123: ...ut module NR4501 NR4502 NR4503 NR4504 Optional 7 Network DSP module NR4126 Optional 8 Analog outputmodule NR4411 Optional The hardware structure of this relay is shown as below Conventional CT and VT...

Page 124: ...EEDER RELAY PCS 9611 ENT E S C G R P HEALTHY ALARM 1 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 Figure 6 1 2 Front panel of this relay without control buttons FEEDER RELAY PCS 9611 ENT E S C G R...

Page 125: ...fferent engineering demands and the hardware module configuration of a practical engineering should be taken as final and binding NOTE The No 8 slot is reserved for some special demands if the present...

Page 126: ...ximum output power of 30W The power supply module has an input voltage range as described in Section 2 1 1 1 The power supply module can provide two groups of 5Vdc power supply outputs for other modul...

Page 127: ...ignal output 03 BO_Alm_Device Alarming signal output 04 BO_01 The No 1 programmable tripping and closing binary output It is also a self latched output contact 05 06 BO_02 The No 2 programmable trippi...

Page 128: ...ent The main CPU module can effectively manage all communication procedures and reliably send out some useful information through its various communication interfaces These interfaces are used to comm...

Page 129: ...terface for connecting with a SAS or a RTU 03 B 04 SGND 05 Not used 06 A The No 2 EIA RS 485 standardized interface for connecting with a SAS or a RTU 07 B 08 SGND 09 Not used 10 SYN The EIA RS 485 st...

Page 130: ...02 03 04 05 06 07 09 10 11 12 13 14 15 16 24 23 22 21 20 19 18 17 08 NR4412 NR4412 01 02 03 04 05 06 07 09 10 11 12 13 14 15 16 24 23 22 21 20 19 18 17 08 26 25 9I5U 6I5U 01 02 03 04 05 06 07 09 10 11...

Page 131: ...ase for protection 12 Ian 13 Ib The input of the current of the B phase for protection 14 Ibn 15 Ic The input of the current of the C phase for protection 16 Icn 17 I01 The input of the No 1 zero sequ...

Page 132: ...ted current is 1A 02 Ian 1A 03 Ia 5A The input of the current of the Aphase for protection rated current is 5A 04 Ian 5A 05 Ib 1A The input of the current of the B phase for protection rated current i...

Page 133: ...1n I01 A B C 16 15 14 13 12 11 Icn Ic Ibn Ib Ian Ia 18 17 I01n I01 A B C 18 17 16 15 14 13 12 11 I01n I01 Icn Ic Ibn Ib Ian Ia 20 19 I0sn I0s 10 09 I02n I02 1 2 3 4 5 Figure 6 6 2 Current connection e...

Page 134: ...with open delta windings and additionally to any phase voltage for synchronism check 2 Voltage connections to three star connected voltage transformers with open delta windings and additionally to any...

Page 135: ...um prospective fault current Ipn Rated primary current amps Isn Rated secondary current amps Rct Current transformer secondary winding resistance ohms Rbn Rated resistance burden ohms Rbn Sbn Isn 2 Sb...

Page 136: ...r is fixed on the front side of this module The terminal definition of the connector is described as below Pin connections on the 22 pin connector of the binary output module NR4521C Pin No Sign Descr...

Page 137: ...purpose binary inputs These binary inputs are all optical isolated binary inputs The regular optical isolated binary inputs are used to monitor the position of the regular binary signals the special...

Page 138: ...The No 14 programmable binary input 15 BI_15 The No 15 programmable binary input 16 BI_16 The No 16 programmable binary input 17 BI_17 The No 17 programmable binary input 18 BI_18 The No 18 programmab...

Page 139: ...ble binary input 36 BI_12 The No 12 programmable binary input 37 BI_13 The No 13 programmable binary input 38 BI_14 The No 14 programmable binary input 39 BI_15 The No 15 programmable binary input 40...

Page 140: ...ammable binary input 21 BI_Opto7 The common negative connection of the BI_13 and BI_14 22 Not used 6 9 Network DSP Module NR4126 The network DSP module is applied in a digitalized substation for recei...

Page 141: ...odule NR4411A Pin No Sign Description 01 DO_I1 The No 1 channel of 4 20mAanalog output 02 DO_1 The common negative terminal of the No 1 channel of analog output 03 DO_U1 The No 1 channel of 0 10V anal...

Page 142: ...Feeder Relay 6 20 Date 2014 04 08 19 DO_I4 The No 4 channel of 4 20mAanalog output 20 DO_4 The common negative terminal of the No 4 channel of analog output 21 DO_U4 The No 4 channel of 0 10V analog...

Page 143: ...ings 7 15 7 3 8 SOTF Protection Settings 7 16 7 3 9 Thermal Overload Protection Settings 7 17 7 3 10 Overvoltage and Undervoltage Protection Settings 7 17 7 3 11 Negative Sequence Overvoltage Protecti...

Page 144: ...rlock Settings 7 29 7 4 4 DC Analog Output Settings 7 29 7 5 Logic Link Settings 7 30 7 5 1 Function Link Settings 7 30 7 5 2 GOOSE Link Settings 7 30 7 5 3 Spare Link Settings 7 30 7 6 Device Related...

Page 145: ...ted value of VT and CT The following table lists all the system parameters No Menu text Explanation Range Step 1 Active_Grp The active setting group number 1 10 1 2 Opt_SysFreq Select the rated system...

Page 146: ...ng the value as 0 means that zero sequence voltage is derived from specific broken delta VT 4 The setting Opt_PwrDir is used to select the power measurement mode Opt_PwrDir Active Power Lagging reacti...

Page 147: ...ble binary output of the module NR4304 NR4305 B09 BO_06 6 The No 7 programmable binary output of the module NR4304 NR4305 B09 BO_07 7 The No 8 programmable binary output of the module NR4304 NR4305 B0...

Page 148: ...of the stage 1 overcurrent protection 0 05In 30In 0 001A 10 50 51P1 t_Op The time setting of the stage 1 overcurrent protection 0 100s 0 001s 11 50 51P1 En_VCE The logic setting of the voltage control...

Page 149: ...inverse time characteristic curve for OC3 protection 0 13 1 31 50 51P3 TMS The time multiplier setting of the stage 3 IDMT overcurrent protection 0 05 100 0 0 001 32 50 51P3 tmin The minimum operation...

Page 150: ...ion 0 1 1 52 50 51P6 I_Set The current setting of the stage 6 overcurrent protection 0 05In 30In 0 001A 53 50 51P6 t_Op The time setting of the stage 6 overcurrent protection 0 100s 0 001s 54 50 51P6...

Page 151: ...ction 0 1 1 10 50 51G1 OutMap The output matrix setting of the No 1 stage 1 zero sequence overcurrent protection 0x00000 0xFFFFF 1 11 50 51G2 3I0_Set The current setting of the No 1 stage 2 zero seque...

Page 152: ...ed to select the directional mode for the No 1 ROC4 protection see Section 3 5 3 0 2 1 32 50 51G4 En_Hm_Blk The logic setting of the harmonic blocking element for the No 1 ROC4 protection 0 1 1 33 50...

Page 153: ...urement when the voltage transformer is failed 0 1 1 3 A 50 51G K_Hm2 The percent setting of the harmonic blocking element for the No 2 ROC protection 0 05 1 00 0 001 4 A 50 51G 3I0_Rls_HmBlk The curr...

Page 154: ...ve for the No 2 ROC3 protection 0 13 1 24 A 50 51G3 TMS The time multiplier setting of the No 2 stage 3 zero sequence IDMT overcurrent protection 0 05 100 0 0 001 25 A 50 51G3 tmin The minimum operati...

Page 155: ...ent Protection Settings The negative sequence overcurrent protection settings in the submenu NegOC Settings are used to determine the characteristic of the negative sequence overcurrent protection All...

Page 156: ...ault protection 180 179 1 2 50 51SEF En_VTS_Blk The logic setting of the function which blocks the SEF protection related voltage measurement when the voltage transformer is failed 0 1 1 3 50 51SEF1 3...

Page 157: ...of the stage 4 sensitive earth fault protection 0x00000 0xFFFFF 1 23 50 51SEF4 Opt_Curve The setting is for selecting the inverse time characteristic curve for SEF4 protection 0 13 1 24 50 51SEF4 TMS...

Page 158: ...ting 50BF Opt_LogicMode is used to select the criteria logic of the breaker failure protection Four criteria logics based on the phase currents and the circuit breaker state based on the binary input...

Page 159: ...ection when CLP is active 1 00 10 00 0 001 7 50 51P1 CLP t_Op The time setting of the stage 1 overcurrent protection when CLP is active 0 100s 0 001s 8 50 51P2 CLP IMult The multiple setting of the st...

Page 160: ...e submenu SOTF Settings are used to determine the characteristic of the SOTF protection All the settings of the SOTF protection are listed in the following table No Menu text Explanation Range Step 1...

Page 161: ...factor setting of the thermal overload protection which is associated to the thermal state formula 1 0 3 0 0 001 4 49 K_Alm The factor setting of the thermal overload alarm element which is associated...

Page 162: ...he setting for selecting the overvoltage protection calculation method 0 1 1 14 59P Opt_Up Upp The setting for selecting the voltage input mode for the overvoltage protection 0 1 1 15 59P1 U_Set The v...

Page 163: ...7 3 12 Zero Sequence Overvoltage Protection Settings The zero sequence overvoltage protection settings in the submenu ROV Settings are used to determine the characteristic of the zero sequence overvo...

Page 164: ...ection 45 60Hz 0 001Hz 7 81U2 t_Op The time setting of the stage 2 under frequency protection 0 100s 0 001s 8 81U2 En The logic setting of the stage 2 under frequency protection 0 1 1 9 81U2 OutMap Th...

Page 165: ...ut matrix setting of the stage 3 over frequency protection 0x00000 0xFFFFF 1 30 81O4 f_Set The frequency setting of the stage 4 over frequency protection 50 65Hz 0 001Hz 31 81O4 t_Op The time setting...

Page 166: ...e pickup frequency setting of the stage 4 frequency rate of change protection 45 65Hz 0 001Hz 51 81R4 t_Op The time setting of the stage 4 frequency rate of change protection 0 100s 0 001s 52 81R4 En...

Page 167: ...e settings 79 En_SynChk and 79 En_DdChk are both set as 0 it means that the non check mode is applied in the auto reclosing logic 7 3 15 Mechanical Protection Settings The mechanical protection settin...

Page 168: ...ead zone protection 0x00000 0xFFFFF 1 7 3 17 Undercurrent Protection Settings The undercurrent protection settings in submenu UC Settings are used to determine the characteristic of the undercurrent p...

Page 169: ...6 B09 BO_08 t_Dwell The dwell time of the output B09 BO_08 0 100s 0 001s 7 B06 BO_01 t_Dwell The dwell time of the output B06 BO_01 0 100s 0 001s 8 B06 BO_02 t_Dwell The dwell time of the output B06...

Page 170: ...osing synchronism check function 0 02 1 00s 0 001s 7 25M U_Diff The voltage difference setting of the manual closing synchronism check function 2 120V 0 001V 8 25M f_Diff The frequency difference sett...

Page 171: ...cation the setting 25 U_Comp is set as 1 000 and the setting 25 phi_Comp is set as 0 For example the synchro check voltage and the protection are gotten from different sides of a power transformer res...

Page 172: ...Opn The output matrix setting of the No 2 manual tripping element 0x00000 0xFFFFF 1 8 Ctrl2 OutMap_Cls The output matrix setting of the No 2 manual closing element 0x00000 0xFFFFF 1 9 Ctrl3 t_PW_Opn T...

Page 173: ...En_BlkCls The logic setting of the interlock check of the No 2 manual closing element 0 1 1 5 Interlock3 En_BlkOpn The logic setting of the interlock check of the No 3 manual tripping element 0 1 1 6...

Page 174: ...and 1 is 0 10V 7 5 Logic Link Settings The logic link settings in the submenu Logic Links are used to determine whether the relevant function of this relay is enabled or disabled If this relay support...

Page 175: ...aryInput is used for selecting the rated voltage of the binary input Setting Value 0 1 2 3 4 5 Rated Voltage 24V 48V 110V 220V 30V 125V 3 The setting Opt_CT_Measmt is used for selecting the source of...

Page 176: ...port B 0 255 18 Baud_RS485B The communication baud rate of the serial port B 0 5 19 Protocol_RS485B The communication protocol of the serial port B 0 1 20 Threshold_Measmt The metering value change di...

Page 177: ...200 6 The settings Protocol_RS485A and Protocol_RS485B are respectively used to set the communication protocol of each serial port port A and port B Setting Value Protocol Setting Value Protocol 0 IEC...

Page 178: ...OffsetHour_UTC is used to set the hour offset of the current time zone to the GMT Greenwich Mean Time zone for example if a relay is applied in China the time zone of China is east 8 th time zone so t...

Page 179: ...mal Operation Condition 8 4 8 2 3 Submenu of Measurements 8 5 8 2 4 Submenu of Status 8 8 8 2 5 Submenu of Records 8 13 8 2 6 Submenu of Settings 8 16 8 2 7 Submenu of Print 8 20 8 2 8 Submenu of Loca...

Page 180: ...e 8 2 11 LCD display of the selection of setting group number 8 18 Figure 8 2 12 LCD display of the selected protection settings 8 19 Figure 8 2 13 LCD display of the change of active group 8 20 Figur...

Page 181: ...lt diagnostics and setting etc Twenty LED indicators on the front panel of this relay for denoting the status of this protection operation the color and trigger condition of each LED can be configured...

Page 182: ...06 07 08 09 10 11 12 13 14 15 16 17 18 19 20 Recommended LED_03 LED_20 are configurable LED_03 LED_06 are configured as shown in left side and other LEDs LED_07 LED_20 are configured according to the...

Page 183: ...nd RECLOSE LEDs and relevant latched binary outputs can be reset by pressing the key ENT ESC by energizing the binary input BI_RstTarg or by executing the submenu Reset Target 8 1 5 Control Buttons If...

Page 184: ...the time synchronization state and the current time of this relay The sign S on left top side means this relay receive the clock synchronization signal correctly if there has nothing on left top side...

Page 185: ...ngs System_Settings Prot Settings BCU Settings Logic Links Device Setup Figure 8 2 3 Tree diagram of total command menu Press key or to select a submenu and the press key ENT to show the details NOTE...

Page 186: ...dary power values for metering 5 Synchrocheck To display the closing synchronism check state 8 2 3 1 View Measurements Here takes viewing the secondary protection measurement values as an example to i...

Page 187: ...ted zero sequence voltage value 19 3U0_Ext External zero sequence voltage value 20 Ux Synchro check voltage value 21 f System frequency value 22 Ang Ia Ib Angle of phase Acurrent and phase B current 2...

Page 188: ...A voltage Power measurement values No Symbol Description 1 P Active power 2 Q Reactive power 3 COS Power factor 4 PHr Outgoing active energy 5 QHr Outgoing reactive energy 6 PHr Incoming active energy...

Page 189: ...ct Outputs To display the state of the general binary outputs 2 GOOSE Outputs To display the state of the GOOSE binary outputs The submenu Superv State has following submenus No Item Description 1 Pro...

Page 190: ...No 9 general binary input 10 B07 BI_10 The status of the No 10 general binary input 11 B07 BI_11 The status of the No 11 general binary input 12 B07 BI_12 The status of the No 12 general binary input...

Page 191: ...Symbol Description 1 Interlock1 Sig_Opn The interlock check status of the No 1 manual tripping element 2 Interlock1 Sig_Cls The interlock check status of the No 1 manual closing element 3 Interlock2 S...

Page 192: ...atus of the alarm signal Fail_Setting_OvRange 5 Fail_SettingItem_Chgd The status of the alarm signal Fail_SettingItem_Chgd 6 Alm_Device The status of the alarm signal Alm_Device 7 Alm_Setting_MON The...

Page 193: ...evice Submenu structure tree The submenu Records has following submenus No Item Description 1 Disturb Records To display the fault reports 2 Superv Events To display the supervision alarm records 3 IO...

Page 194: ...y Alarm Report The history alarm report stores the alarm elements and alarm time Operating steps 1 Press key to enter the main menu in the default displaying situation 2 Press key or to locate the cur...

Page 195: ...8 198ms Figure 8 2 8 History binary state change report on LCD The first line shows the report title and the sequence number of the history binary input state change report and the second line shows t...

Page 196: ...to locate the cursor on the submenu Records and press key ENT to enter this submenu 3 Press key or to locate the cursor on the submenu Control Logs and press key ENT to enter this submenu 4 Press key...

Page 197: ...settings of the thermal overload protection 10 VoltProt Settings To view and modify the settings of the voltage protection 11 NegOV Settings To view and modify the settings of the NOV protection 12 RO...

Page 198: ...Press key to enter the main menu in the default displaying situation 2 Press key or to locate the cursor on the submenu Settings and press key ENT to enter this submenu 3 Press key or to locate the cu...

Page 199: ...save the settings Select Yes to confirm to save the modified settings Then the password input interface is shown on the LCD Input the correct password and press key ENT to confirm the modification If...

Page 200: ...to select the expected setting group number and then press key ENT to show the password input interface 3 Input the correct password and then press key ENT to copy the settings of the active group to...

Page 201: ...printing the overcurrent protection settings as an example to introduce the operating steps of print a selected item Operating steps 1 Press key to enter the main menu in the default displaying situa...

Page 202: ...the download function of this relay 4 Clear Counter To clear the statistic information of this relay 5 Clear Interlock File To delete the interlock configuration file of this relay 6 Clear Energy Cou...

Page 203: ...eaker through the local HMI of this relay There are 5 groups of control elements in this relay Anyone of them can be used to control tripping or closing a circuit breaker or a disconnector Operating s...

Page 204: ...ces Ctrl1 EF Line Selection LoopCheck DeadCheck SynchroCheck NoCheck Select Execution Condition Ctrl1 InterlockNotChk InterlockChk Select Interlock Condition Figure 8 2 15 Control execution check and...

Page 205: ...information of this relay Access approach Move cursor to the item Information and press key ENT to enter its submenu after entering the main menu of this device Submenu structure tree The submenu Inf...

Page 206: ...ule information can be known through this menu 1 Press key to enter the main menu in the default displaying situation 2 Press key or to locate the cursor on the submenu Information and press key ENT t...

Page 207: ...ufacturer 7 SetLCD To test the LCD and the user defined LED indicators The submenu Device Test has following submenus No Item Description 1 Disturb Events To test the protective element operation sign...

Page 208: ...e submenu Test and press key ENT to enter this submenu 3 Press key or to locate the cursor on the submenu Device Test and press key ENT to enter this submenu 4 Press key or to locate the cursor on the...

Page 209: ...nu of Language Purpose This menu is used to modify the display language of this relay 8 2 12 1 Language Modification Modify the display language as following steps Operating steps 1 Press key to enter...

Page 210: ...relevant report will be displayed alternatively one by one according to time sequence on the LCD And the fault information is listed after all the protection elements The trip report will keep being...

Page 211: ...tion operates 31 A 50 51G3 St The No 2 stage 3 zero sequence overcurrentprotection picks up 32 A 50 51G3 Op The No 2 stage 3 zero sequence overcurrentprotection operates 33 A 50 51G4 St The No 2 stage...

Page 212: ...frequency protection picks up 75 81U2 Op The stage 2 under frequency protection operates 76 81U3 St The stage 3 under frequency protection picks up 77 81U3 Op The stage 3 under frequency protection o...

Page 213: ...The maximum self calculated zero sequence current 3 3I0Ext1_Max The No 1 maximum external zero sequence current 4 3I0Ext2_Max The No 2 maximum external zero sequence current 5 3I0SEF_Max The maximum s...

Page 214: ...fied Off 4 Fail_Setting_OvRange Anyone of the settings is out of range Off 5 Fail_SettingItem_Chgd Anyone of the setting items is changed Off 6 Alm_Device Anyone of the software supervision alarm occu...

Page 215: ...condary circuit of the current transformer 13 49 Alm Please check whether the thermal overload condition is satisfied 14 Alm_CommTest Please check whether this device is in communication testsituation...

Page 216: ...on can be done otherwise it will show the input interface on the LCD to prompt the user to input the password again The password for control operation is fixed and it is 111 and the password for modif...

Page 217: ...ents 9 1 General Description 9 1 9 2 Introduction of PCS Explorer Software 9 1 9 3 Configurable Information 9 2 9 3 1 Configurable Input Signals 9 2 9 3 2 Configurable Output Signals 9 7 9 3 3 Configu...

Page 218: ...9 Configurable Function PCS 9611 Feeder Relay 9 b Date 2014 04 08...

Page 219: ...device through the standard IEC60870 5 103 and can be capable of uploading and downloading the configuration files through Ethernet net the off line mode supports the off line setting configuration In...

Page 220: ...of the signal resetting signal B07 BI_04 14 Alm_Maintenance The device maintenance supervision signal B07 BI_06 15 BI_TrigDFR The binary input of the triggering oscillography signal 16 27P1 OnLoad Th...

Page 221: ...n 41 50 51G4 Blk The binary signal for blocking the No 1 group of stage 4 zero sequence overcurrent protection 42 50 51G5 En1 The binary signal for enabling the No 1 group of stage 5 zero sequence ove...

Page 222: ...eaker failure protection 66 50PSOTF En1 The binary signal for enabling the SOTF overcurrent protection 67 50PSOTF Blk The binary signal for blocking the SOTF overcurrent protection 68 50GSOTF En1 The...

Page 223: ...protection 97 81O2 En1 The binary signal for enabling the stage 2 over frequency protection 98 81O2 Blk The binary signal for blocking the stage 2 over frequency protection 99 81O3 En1 The binary sig...

Page 224: ...1 Sig_Spare03 The No 3 programmable spare signal 132 Sig_Spare04 The No 4 programmable spare signal 133 Sig_Spare05 The No 5 programmable spare signal 134 Sig_Spare06 The No 6 programmable spare signa...

Page 225: ...the configurable output signals of this relay are listed in following table No Output Signal Description 1 FD Pkp The fault detector operates 2 50 51P1 St The stage 1 overcurrent protection picks up 3...

Page 226: ...otection operates 40 50 51SEF2 St The stage 2 sensitive earth fault protection picks up 41 50 51SEF2 Op The stage 2 sensitive earth fault protection operates 42 50 51SEF3 St The stage 3 sensitive eart...

Page 227: ...3 over frequency protection picks up 85 81O3 Op The stage 3 over frequency protection operates 86 81O4 St The stage 4 over frequency protection picks up 87 81O4 Op The stage 4 over frequency protectio...

Page 228: ...28 Alm_Device Anyone of the software supervision alarm occurs 129 Fail_Device Aserious fault is detected to block this device 130 Alm_52b The normally closed contact of the CB is abnormal 131 VTS Alm_...

Page 229: ...l position state of the circuit breaker of the No 1 switch 169 Switch2 Dpos The dual position state of the circuit breaker of the No 2 switch 170 Switch3 Dpos The dual position state of the circuit br...

Page 230: ...ary input it is configurable 3 B07 BI_03 The No 3 binary input it is configurable Ctrl In_EnCtrl 4 B07 BI_04 The No 4 binary input it is configurable BI_RstTarg 5 B07 BI_05 The No 5 binary input it is...

Page 231: ...y output of the module NR4521 Alm_Maintenance 4 B06 BO_10 The No 10 programmable binary output of the module NR4521 Alm_Maintenance 5 B06 BO_11 The No 11 programmable binary output of the module NR452...

Page 232: ...9 Configurable Function PCS 9611 Feeder Relay 9 14 Date 2014 04 08...

Page 233: ...1 Physical Connection and Link Layer 10 5 10 3 2 Initialization 10 5 10 3 3 Time Synchronization 10 5 10 3 4 Spontaneous Events 10 5 10 3 5 General Interrogation 10 6 10 3 6 Cyclic Measurements 10 6...

Page 234: ...ure 10 2 1 EIARS 485 bus connection arrangements 10 2 Figure 10 2 2 Format of IP and submask address 10 3 Figure 10 2 3 Ethernet communication cable 10 3 Figure 10 2 4 Ethernet communication structure...

Page 235: ...tion 6 5 for details of the connection terminals The rear ports provide RS 485 serial data communication and they are intended for use with a permanently wired connection to a remote control center Th...

Page 236: ...o the bus At no stage must the signal ground be connected to the cables screen or to the product s chassis This is for both safety and noise reasons 10 2 1 4 Biasing It may also be necessary to bias t...

Page 237: ...parameters of each Ethernet port can be configured in the submenu Comm Settings see Section 7 6 except for the protocol which is a uniform parameter for these Ethernet ports 10 2 2 1 IP Address and N...

Page 238: ...protection equipment The IEC60870 5 103 protocol is to use a twisted pair EIA RS 485 connection over distances up to 500m This relay operates as a slave in the system responding to commands from a ma...

Page 239: ...se Of Transmission of this response will be either Reset CU or Reset FCB depending on the nature of the reset command In addition to the above identification message if the relay has been powered up i...

Page 240: ...relay produces new measured values is fixed about one second It should be noted that the measurands transmitted by the relay are sent as a proportion of corresponding times the rated value of the ana...

Page 241: ...te entry with execution 251 Write entry aborted 10 3 9 Disturbance Records This relay can store up to eight disturbance records in its memory A pickup of the fault detector or an operation of the rela...

Page 242: ...http www iec ch It is strongly recommended that all those involved with any IEC61850 implementation obtain this document set 10 4 2 Communication Profiles The PCS 9600 series relay supports IEC61850...

Page 243: ...erally single MMS Ethernet is recommended to be adopted in the SAS of 110kV and lower voltage levels while dual MMS Ethernet is recommended to be adopted in the SAS of voltage levels above 110kV Clien...

Page 244: ...nstance 1 RptEna true Net A Net B Normal operation status Abnormal operation status TCP Link MMS Link Figure 10 4 1 Dual net full duplex mode sharing the RCB block instance 2 Mode 2 Dual net hot stand...

Page 245: ...2 and then Net B IP address of the IED must be configured as 198 121 1 2 i e Net A IED host address 1x256 2 258 Net B IED host address 1x256 2 258 Net A IED host address equals to Net B IED host addre...

Page 246: ...The GGIO logical node is available in the PCS 9600 series relays to provide access to digital status points including general I O inputs and warnings and associated timestamps and quality flags The da...

Page 247: ...ral instantaneous overcurrent ground instantaneous overcurrent negative sequence instantaneous overcurrent PTOC phase time overcurrent neutral time overcurrent ground time overcurrent negative sequenc...

Page 248: ...on trip to be transmitted to XCBR In addition or alternatively any combination of operate outputs of protection functions may be combined to a new operate of PTRC RDRE Disturbance recorder function It...

Page 249: ...elds The following bits are supported by the PCS 9600 series relays Bit 1 Sequence number Bit 2 Report time stamp Bit 3 Reason for inclusion Bit 4 Data set name Bit 5 Data reference Bit 6 Buffer overf...

Page 250: ...subscribing and publishing is controlled by GOOSE link settings in device The PCS 9600 series relays support IEC61850 Generic Object Oriented Substation Event GOOSE communication All GOOSE messages co...

Page 251: ...e O N NOTE C1 Shall be M if support for LOGICAL DEVICE model has been declared O Optional M Mandatory Y Supported by PCS 9600 series relays N Currently not supported by PCS 9600 series relays 10 4 6 2...

Page 252: ...r O O Y NOTE C2 Shall be M if support for LOGICAL NODE model has been declared C3 Shall be M if support for DATA model has been declared C4 Shall be M if support for DATA SET Substitution Report Log C...

Page 253: ...etting group control S18 SelectActiveSG M O Y S19 SelectEditSG M O Y S20 SetSGValuess M O Y S21 ConfirmEditSGValues M O Y S22 GetSGValues M O Y S23 GetSGCBValues M O Y Reporting Buffered report contro...

Page 254: ...10 S49 GetUSVCBValues O S50 SetUSVCBValues O Control S51 Select O Y S52 SelectWithValue M Y S53 Cancel M Y S54 Operate M Y S55 Command Termination O S56 TimeActivated Operate O File transfer S57 GetFi...

Page 255: ...l overpower PDUP Directional underpower PFRC Rate of change of frequency YES PHAR Harmonic restraint YES PHIZ Ground detector PIOC Instantaneous overcurrent YES PMRI Motor restart inhibition PMSS Moto...

Page 256: ...y application I Logical Nodes For Interfacing And Archiving IARC Archiving IHMI Human machine interface ITCI Telecontrol interface ITMI Telemonitoring interface A Logical Nodes For Automatic Control A...

Page 257: ...DNP3 0 Interface 10 5 1 Overview The descriptions given here are intended to accompany this relay The DNP3 0 protocol is not described here please refer to the DNP3 0 protocol standard for the detail...

Page 258: ...0x07 0x08 Slave 0x81 10 5 4 2 Supported Writing Functions 1 Write time of device See Section 10 5 4 1 for the details 2 Reset the CU Reset IIN bit7 Master Slave Function Code Object Variation Qualifie...

Page 259: ...iation is 0x01 The slave responds with the above mentioned Object 1 Object 30 and Object 40 see Supported objects and variations in Section 10 5 4 3 4 Class 1 data request The master adopts the Object...

Page 260: ...Relay 10 26 Date 2014 04 08 Master Qualifier 0x17 0x27 0x18 0x28 Slave Qualifier 0x17 0x27 0x18 0x28 The Object 12 is for the remote control functions Master Variation 0x01 Control Code 0x01 closing S...

Page 261: ...rips and their Installation 11 6 11 7 5 Guidelines for Wiring 11 6 11 7 6 Wiring for Electrical Cables 11 7 11 8 Typical Wiring of the Relay 11 7 List of Figures Figure 11 6 1 Dimensions of this relay...

Page 262: ...11 Installation PCS 9611 Feeder Relay 11 b Date 2014 04 08...

Page 263: ...ccording to the demands of the engineering configuration after replacement It is therefore assumed that the personnel who replace modules and units are familiar with the use of the operator program on...

Page 264: ...ence of transport damage lodge a claim immediately in writing with the last carrier and notify the nearest NR Company or agent If the equipment is not going to be installed immediately store all the p...

Page 265: ...temperature can appreciably reduce the operating life of this relay 11 6 Mechanical Installation This relay is made of a single layer 4U height 9 5 chassis with 8 connectors on its rear panel See Fig...

Page 266: ...nstallations generate transient over voltages on control signal cables There is also a background of electromagnetic RF fields in electrical installations that can induce spurious currents in the devi...

Page 267: ...aces shall be as large as possible NOTE For metallic connections please observe the voltage difference of both materials according to the electrochemical code The cubicle ground rail must be effective...

Page 268: ...olting them firmly to the items to be connected The surfaces to which the grounding strips are bolted must be electrically conducting and non corroding The following figure shows the ground strip and...

Page 269: ...current transformer CT secondary circuit connected to this equipment to be opened while the primary system is live Opening the CT circuit will produce a dangerously high voltage 11 8 Typical Wiring of...

Page 270: ...BI_05 BI_04 BI_08 BI_03 BI_02 BI_10 BI_07 BI_11 BI_19 BI_16 BI_15 BI_14 BI_18 BI_13 BI_12 BI_Opto BI_17 NR4106 Ethernet 1 A SGND Ethernet 2 A B B TXD SGND SYN SYN RTS SGND SGND 02 01 12 11 10 07 08 09...

Page 271: ...Contents 12 1 General 12 1 12 2 Safety Instructions 12 1 12 3 Commission Tools 12 2 12 4 Setting Familiarization 12 2 12 5 Product Checks 12 3 12 5 1 With the Relay De energized 12 4 12 5 2 With the...

Page 272: ...12 Commissioning PCS 9611 Feeder Relay 12 b Date 2014 04 08...

Page 273: ...t during operation Non observance of the safety rules can result in severe personal injury or property damage WARNING Only the qualified personnel shall work on and around this equipment after becomin...

Page 274: ...n electronic or brushless insulation tester with a DC output not exceeding 500V for insulation resistance test when required A portable PC with appropriate software this enables the rear communication...

Page 275: ...estoration later This could be done by extracting the settings from the relay itself via printer or manually creating a setting record This relay is fully numerical and the hardware is continuously mo...

Page 276: ...are no connection failure exists Label Check all the isolator binary inputs terminal blocks indicators switches and push buttons to make sure that their labels meet the requirements of this project E...

Page 277: ...ith the customer s normal practice 12 5 1 4 Auxiliary Power Supply The relay only can be operated under the auxiliary power supply depending on the relay s nominal power supply rating The incoming vol...

Page 278: ...Light Emitting Diodes LEDs On power up the green LED HEALTHY should have illuminated and stayed on indicating that the relay is healthy The relay has latched signal relays which remember the state of...

Page 279: ...Ic I01 I02 I0s 12 5 2 7 Test the AC Voltage Inputs This test verifies that the accuracy of voltage measurement is within the acceptable tolerances Apply rated voltage to each voltage transformer inpu...

Page 280: ...operation of the associated circuit breaker 12 5 3 1 Demonstrate correct protection operation The above tests have already demonstrated that the protection is within calibration thus the purpose of th...

Page 281: ...isappeared this relay will restore the stage 1 overcurrent protection automatically Restore the TRIP indicator and the LCD manually 12 5 3 3 IDMT Overcurrent Protection Check This check performed the...

Page 282: ...e external input current of the zero sequence CT is greater than 1 05 50 51G1 3I0_Set 5 After the period of 50 51G1 t_Op the No 1 stage 1 zero sequence overcurrent protection will operate and issue th...

Page 283: ...the submenu NegOC Settings Set other logic settings as 0 in the submenu NegOC Settings 2 De energize all the binary inputs of this relay 3 Simulate a normal condition the negative sequence current is...

Page 284: ...logic settings as 0 in the submenu FreqProt Settings 2 De energize all the binary inputs of this relay 3 Simulate a normal condition with normal protection voltages 4 Simulate a system frequency decli...

Page 285: ...the submenu VoltProt Settings Set the setting 59P Opt_Up Upp as 1 in the submenu VoltProt Settings Set the setting 59P OutMap as 0x0001 in the submenu VoltProt Settings Set other logic settings as 0 i...

Page 286: ...in the submenu BrknCond Settings Set other logic settings as 0 in the submenu BrknCond Settings 2 De energize all the binary inputs of this relay 3 Simulate a normal condition with normal currents 4...

Page 287: ...r is opened After the period of 79 t_3PS1 the auto recloser will operate the RECLOSE LED indicator will be on a relevant report will be shown on the LCD The auto recloser with other check modes can be...

Page 288: ...Settings Set the logic setting 50BF En as 1 in the submenu BFP Settings Set the logic setting 50BF En_ReTrp as 1 in the submenu BFP Settings Set the setting 50BF Opt_LogicMode as 0 in the submenu BFP...

Page 289: ...k This check performed the dead zone protection function in the No 1 setting group demonstrates that the relay is operating correctly at the application specific settings 1 Enable the dead zone protec...

Page 290: ...ads temporary shorting leads etc and replace any external wiring that has been removed to allow testing If it has been necessary to disconnect any of the external wiring from the protection in order t...

Page 291: ...nance PCS 9611 Feeder Relay 13 a Date 2014 04 08 13 Maintenance Table of Contents 13 1 Maintenance Schedule 13 1 13 2 Regular Testing 13 1 13 3 Failure Tracing and Repair 13 1 13 4 Replace Failed Modu...

Page 292: ...13 Maintenance PCS 9611 Feeder Relay 13 b Date 2014 04 08...

Page 293: ...ilure Tracing and Repair Failures will be detected by automatic supervision or regular testing When a failure is detected by supervision a remote alarm is issued and the failure is indicated on the fr...

Page 294: ...c precautions to guard against electrostatic discharge WARNING When handling a module take anti static measures such as wearing an earthed wrist band and placing modules on an earthed conductive mat O...

Page 295: ...posal PCS 9611 Feeder Relay 14 a Date 2014 04 08 14 Decommissioning and Disposal Table of Contents 14 1 Decommissioning 14 1 14 1 1 Switching off 14 1 14 1 2 Disconnecting cables 14 1 14 1 3 Dismantli...

Page 296: ...14 Decommissioning and Disposal PCS 9611 Feeder Relay 14 b Date 2014 04 08...

Page 297: ...power supply is switched off DANGER Before disconnecting the cables that are used to connect analog input module with the primary CT and VT make sure that the circuit breaker for the primary CT and VT...

Page 298: ...14 Decommissioning and Disposal PCS 9611 Feeder Relay 14 2 Date 2014 04 08...

Page 299: ...History In the current version of the instruction manual several descriptions on existing features have been modified Manual version and modification history records Manual Version Software Version Da...

Page 300: ...15 Manual Version History PCS 9611 Feeder Relay 15 2 Date 2014 04 08...

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